Intel produced a family of 8-bit I/O devices to support its early 8-bit microprocessors and my “MCS-85 User's Manual” documents the existence of these products in January 1978–30 years ago! I used the ...

Looking into picking up a couple network enabled digital I/O devices (TTL levels, 12-24 outputs, some type of programmable API and/or documented protocol). Working on network enabling some equipment ...

See what end users and system integrators prioritize in their I/O technology choices, such as specific Ethernet connectivity, multiple protocol handling, and high density/smaller footprint. Learn ...

In order to increase efficiencies for product changeovers, tool changes and machine module replacements, Beckhoff Automation has introduced new EtherCAT I/O devices with “Fast Hot Connect” ...

This paper describes how to use Hardware compare on the NI-HSDIO devices. The hardware compare feature allows users to perform digital comparisons of data on device itself. This allows for real time ...

The SeaDAC Lite family of USB digital-I/O devices provides a compact alternative for interfacing USB-equipped computers with real-world signals. The first two products of the family feature four ...

Promising to ease handheld-device designs, the LM8322 and LM8333 mobile I/O chips offer flexible configurations, modular integration, and provide a migration path across multiple products, thereby ...

You will need a clear understanding of checking hardware, and running system tools on the Windows11/10 PC or Laptop. Follow these suggestions: Restart your computer ...

Gain insight into the CXL specification. Learn how CXL supports dynamic multiplexing between a rich set of protocols that includes I/O (CLX.io, based on PCIe), caching (CXL.cache), and memory (CXL.mem ...